Two speakers face each other, and they each emit a sound of wavelength ? . One s

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Two speakers face each other, and they each emit a sound of wavelength ?. One speaker is 180? out of phase with respect to the other. If we separate the speakers by a distance 1.5?, how far from the left-most speaker should we place a microphone in order to pick up the loudest sound? Ignore reflections from nearby surfaces. Select all that apply. Two speakers face each other, and they each emit a sound of wavelength . One speaker is 180 out of phase with respect to the other. If we separate the speakers by a distance 1.5, how far from the left-most speaker should we place a microphone in order to pick up the loudest sound? Ignore reflections from nearby surfaces. Select all that apply. ? 0? 12 ? 14 ? 34 ?
Two speakers face each other, and they each emit a sound of wavelength ?. One speaker is 180? out of phase with respect to the other. If we separate the speakers by a distance 1.5?, how far from the left-most speaker should we place a microphone in order to pick up the loudest sound? Ignore reflections from nearby surfaces. Select all that apply. Two speakers face each other, and they each emit a sound of wavelength . One speaker is 180 out of phase with respect to the other. If we separate the speakers by a distance 1.5, how far from the left-most speaker should we place a microphone in order to pick up the loudest sound? Ignore reflections from nearby surfaces. Select all that apply. ? 0? 12 ? 14 ? 34 ?
? 0? 12 ? 14 ? 34 ?

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14

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